Anderson, D.B. and Kerr, Thomas.Growth and Structure of Cotton Fibre . Ind. Eng. Chem.30, 48-54 (1938).
2.
Balls, W. Lawrence.The Determiners of Cellulose Structure as Seen in the Cell-Wall of Cotton Fibres. Proc. Roy. Soc. (London) 95B, 72-89 (1923).
3.
Berkley, E.E.Analysis of X-ray Diffraction Patterns of Raw Cotton Fibre with a New Photoelectric Densitometer. Paper presented before the Division of Cellulose Chemistry of the American Chemical Society meeting at Chapel Hill, North Carolina, April 12-15, 1937.
4.
Denham, H.J.The Structure of the Cotton Hair and its Botanical Aspects. ii. The Morphology of the Wall.Shirley Inst. Memoirs, 2, 61-88 (1923).
5.
Grimes, Mary A.Comparison of Three Methods for Determining the Breaking Strength of Cotton Fibres. Tex. Rsch., 2, 143-148 (1937).
6.
Fless. K. "Die Chemie der Zellulose und Ihre Begleiter." 836 p. Leipzig ( 1928).
7.
Mark, II "Physik und Chemie der Cellulose." 330 p. Berlin. Julius Springer (1932).
8.
Mark, H.The Fine Structure and the Mechanical Properties of Fibres. Trans. Faraday Soc., 29, 6-10 (1933).
9.
Morey, D.R.The Mieellar Arrangement in Various Cellulose Fibres. Tex. Rsch., 1, 491-512 (1934).
10.
Navkal , H. and Almad, N.The EfFect of Twist on the Strength and Length of Cotton Fibre. Indian Central Cotton Comm. Tech. Bulletin, Series B, No. 22 (1937).
11.
Richardson, H.B., Bailey, W.T.L. and Conrad, Carl M.Methods for the Measurement of Certain Character Properties of Raw Cotton. U.S. Department of Agriculture, Technical Bulletin No. 545, pp. 3-35 (1937).
12.
Sisson, W.A. and Clark, G.L.X-ray Method for Quantitative Comparison of Crystallite Orientation in Cellulose Fibres. Ind. Eng. Chem., 5, 296-300 (1933).
13.
Sisson, W.A.X-ray Analysis of Textile Fibres. Part V. Relation of Orientation to Tensile Strength of Raw Cotton. Tex. Rsch. , 7, 425-431 (1937).
14.
Sieson, W.A.Identification of Crystalline Cellulose in Young Cotton Fibres by X-ray Diffraction Analysis. Contrib. Boyce Thompson Inst.,8 (5), 389-400 (1937).